Low-Level Computing For Computer Science & Engineering 2025

Master core computer science with electronics, C++, logic circuits & data structures—taught by real university professor

What you'll learn

Understand how computers communicate, calculate, and execute operations at the lowest level.

Learn the fundamentals of computer arithmetic, including signed and unsigned binary operations.

Master Boolean algebra and logic used in digital computing and circuit design.

Explore core electronics concepts such as capacitors, inductors, and power consumption in hardware.

Analyze how transistors, MOSFETs, and CMOS switches work in modern CPUs.

Build and understand logic circuits, including adders and combinational logic.

Gain deep proficiency in C++ programming, including variables, loops, enums, and data types.

Learn memory management using pointers, arrays, references, and dynamic memory allocation.

Work with data structures like ADTs, linked lists, vectors, and templates in real-world scenarios.

This is not the full list—you will learn much more inside the course. Check it out and explore your full potential.

Requirements

No prior knowledge required – this course starts from absolute basics and builds up gradually.

A computer or laptop to follow along with the coding and software demonstrations.

Motivation to learn how computers really work, from hardware to high-level programming.

Curiosity and patience to explore both electronics and C++ step by step.

Description

Unlock the secrets of how computers truly work with "Low-Level Computing for CS & Engineering in C++"—a complete university-grade course taught by experienced professionals. Whether you're a computer science student, aspiring software engineer, or electronics enthusiast, this course delivers the essential foundation needed to truly understand computing from the ground up.In over 16 hours of intensive video content, you'll gain hands-on experience with low-level concepts that most programmers overlook. This isn't just another programming course—it’s a deep dive into how computers think, process, calculate, and execute. You’ll start by understanding how computers communicate, explore computer arithmetic, dive into Boolean algebra, and then build up through electronic fundamentals, logic circuits, and finally into C++ programming, data structures, memory management, and real-world software engineering practices.Learn how transistors power computation, how MOSFETs switch inside CPUs, how pointers manage memory, and how modern software is layered over the physical world. With projects, diagrams, code walkthroughs, and step-by-step explanations, this course ensures clarity for both native and non-native English speakers.What makes this course different?Based on real university curriculum taught by professors.Combines hardware and software, unlike most courses.Structured for total beginners but goes deep for advanced learners.Includes hands-on C++ programming, pointer arithmetic, and linked list creation.Teaches modern tools and concepts used in real-world engineering.Whether you're preparing for a career in systems programming, embedded development, cybersecurity, or just want to truly understand computers, this course is your foundation.Join now and become the kind of developer who understands not just how to write code—but how and why it works under the hood.

Overview

Section 1: Introduction to Computer Engineering & Science

Lecture 1 How Computer Communicates

Lecture 2 Preparing Dev Env

Lecture 3 What happens when you use computer

Section 2: Computer Arithmetic for Beginners

Lecture 4 How Addition Happens in Decimal

Lecture 5 Addition Arithmetic in Unsignet Integers

Lecture 6 Substraction in Decimal

Lecture 7 Substraction Arithmetic in Unsigned Integers

Lecture 8 Substraction Arithmetic in Signed Integers (Negative Numbers in Binary)

Section 3: Boolean Algebra

Lecture 9 Boolean Algebra for Low Level Computing

Section 4: Electronics

Lecture 10 Introduction to Electronics for Hardware Engineers

Lecture 11 Logic Gates and Their Hardware Implementation

Lecture 12 Capacitors and Implementation in Circuits

Lecture 13 Why use Inductors on Motherboards at all

Lecture 14 Power Consumption and Transistors

Lecture 15 MOSFET transistors

Lecture 16 CMOS Switch in CPU's

Section 5: Combinational Logic Circuits

Lecture 17 Introduction to Logic Circuits

Lecture 18 Full Addres

Section 6: Introduction

Lecture 19 Writing in CPP

Lecture 20 Assigning Variables and Comma

Lecture 21 Playing with Variables and Values

Lecture 22 Enum

Lecture 23 Literals, iomanip and Pointers

Lecture 24 Namespaces

Lecture 25 Scopes

Lecture 26 Arithmetic Operations

Lecture 27 Increment and Decrement

Lecture 28 Control Statements

Lecture 29 Loops

Lecture 30 Final Project

Section 7: Introduction to C++ Classes

Lecture 31 POD Data Classes

Lecture 32 Unions in C++

Lecture 33 Methods in Struct

Lecture 34 Access Controls in C++

Lecture 35 Classes and Initializing Class Member

Lecture 36 Constructors

Lecture 37 Destructors in CPP

Lecture 38 Initializers in CPP

Section 8: Introduction to Pointers

Lecture 39 Pointers in CPP

Lecture 40 C++ Beginning to Pointers

Lecture 41 Dereference Operator in CPP

Lecture 42 Pointers and Arrays

Lecture 43 nullptr

Lecture 44 Pointer arithmetic in CPP

Lecture 45 Arrays out of bounds and Deallocating Pointers

Lecture 46 Consts and Casts with Pointers

Lecture 47 Allocating Memory

Lecture 48 Allocating memory as arrays

Lecture 49 Lifetime of Memory

Section 9: STL Library

Lecture 50 STL,Vectors and Arrays

Section 10: References in C++

Lecture 51 References

Lecture 52 Example Project With References

Lecture 53 Code Example with AUTO, TUPLE and FOR LOOP

Lecture 54 Range Based for Loop

Section 11: Pointers

Lecture 55 Pointers

Lecture 56 Pointers in Practice - Part 2

Lecture 57 Pointers in Practice - Part 3

Lecture 58 Pointers in Practice - Part 4

Section 12: Functions

Lecture 59 Introduction to Functions

Lecture 60 Functions - Part 1

Lecture 61 Functions - Part 2

Lecture 62 Functions - Part 3

Lecture 63 Functions - Part 4

Lecture 64 Functions - Part 5

Lecture 65 Functions - Part 6

Lecture 66 Functions - Part 7

Section 13: Data Structures in CPP

Lecture 67 Introduction to Basic CPP Programming

Lecture 68 Creating Random Card Generator Using Enum and rand

Lecture 69 Developing main Function and using static_cast

Section 14: Data Structures - ADT

Lecture 70 Introduction to ADT

Lecture 71 Creating ADT Class and using Constructors

Lecture 72 Virtual Methods and Overriding from Class

Lecture 73 Controlling Copy Operations with ADT

Section 15: Data Structures - Templates

Lecture 74 Starting with Templates

Lecture 75 Class Templates in CPP

Section 16: Data Structures - STL and Asymptotic Analysis

Lecture 76 Introduction to STL

Lecture 77 Algorithm Analysis

Lecture 78 Scenario Analysis

Lecture 79 Developing Main

Lecture 80 Factorial Method

Section 17: Pointers and Arrays

Lecture 81 Understanding Arrays

Lecture 82 Manipluating Arrays

Lecture 83 Starting with Array Pointers

Lecture 84 Pointer Increment vs Array Indexing

Section 18: ADT List

Lecture 85 Creating List ADT

Lecture 86 Developing Get and Insert Methods

Lecture 87 Developing Search and Remove Methods

Lecture 88 Testing ADT List

Section 19: Nodes in Data Structures

Lecture 89 Node and Chaining Example

Lecture 90 Creating and Chaining nodes with Different data types

Section 20: Creating Custom LinkedList

Lecture 91 Creating Custom Linked List

Lecture 92 Get Method

Lecture 93 Developing InsertHead, InsertTail and Insert Methods

Lecture 94 Developing Search Operation

Lecture 95 Removing Items

Computer Science and Engineering Students If you're studying CS or engineering, this course will give you a rock-solid foundation in low-level computing that most degrees barely touch. You'll gain real insights into how your code interacts with hardware—and that makes you stand out.,Aspiring Software Developers and Systems Programmers Want to build powerful, efficient software that works close to the metal? This course teaches you how memory, processors, and C++ truly operate, setting you apart from surface-level developers.,Electronics and Embedded Systems Enthusiasts If you're fascinated by how computers work at the hardware level—transistors, circuits, and logic gates—this course gives you the skills to go from curiosity to confidence.,Self-Taught Programmers & Career Switchers You’ve learned to code, but you want to understand what’s happening behind the scenes. This course bridges the gap between coding and computing science, helping you think like an engineer, not just a coder.